Explore the Hoshizaki 50KG Cubelet Ice and Water Dispenser
Hoshizaki DCM-60KE-P Ice & Water Dispenser – Hygienic & Efficient for Healthcare, Schools, Offices & More
The Hoshizaki DCM-60KE-P Ice & Water Dispenser is the **ideal solution for self-service environments**, offering a **hygienic and efficient** way to provide fresh ice and water. Designed for **hospitals, nursing stations, schools, office break rooms, meeting rooms, libraries, construction sites, and government facilities**, this unit ensures **clean and safe** ice dispensing in high-traffic areas.
With a **compact footprint**, this machine fits seamlessly into **tight spaces**, ensuring high-performance ice production without taking up valuable room. Featuring **premium cubelet ice**, users benefit from a **chewable texture**, while the **push-button operation** minimizes cross-contamination—perfect for environments where hygiene is a top priority.
🔹 Key Features
- Ideal for High-Traffic Areas: Trusted by **hospitals, nursing stations, offices, schools, construction sites, and government buildings**.
- 50KG Ice Production: Produces up to **50kg of ice per day**, ensuring a constant supply.
- Premium Cubelet Ice: Smooth, chewable ice with **no ice bridging**, perfect for hydration.
- Hygienic Push-Button Dispensing: Minimizes **contact contamination**, ensuring **safer ice dispensing**.
- Adjustable Portion Control: Regulates ice and water consumption, **reducing waste**.
- Water & Ice Dispensing: Users can choose between **ice only, water only, or both**.
- Energy-Efficient Design: Water consumption is equal to ice production, saving resources.
- Space-Saving & Compact: Fits perfectly in **break rooms, staff lounges, waiting areas, and cafeterias**.
📐 Specifications
- Product Code: DCM-60KE-P
- Ice Production:
- 60kg @ 10°C Air & 10°C Water
- 50kg @ 21°C Air & 15°C Water
- 38kg @ 32°C Air & 21°C Water
- Max Storage Capacity: 1.9kg
- Dimensions: 350mm (W) x 585mm (D) x 695mm (H)
- Weight: 47kg (Net) | 56kg (Packed)
- Cooling Type: Air-Cooled
- Power Supply: 1 PHASE 220 – 240V 50Hz/10 Amp Plug
- Refrigerant: R134A/210g
- Operating Conditions:
- Ambient Temperature: 5-40°C
- Water Supply Temperature: 5-35°C
- Water Supply Pressure: 0.05-0.78MPa
- Voltage Range: ±6% of Rated Voltage
- Additional Accessories: HLF10 Water Filter
- Warranty: 2 Years Parts & Labour + 5 Years (Parts Only) on Compressor & Condenser Coil
❓ Frequently Asked Questions
🔹 Why is this ice dispenser perfect for hospitals and nursing stations?
This dispenser features **touch-free operation**, reducing contamination risks in **healthcare environments** where hygiene is critical.
🔹 Can this unit be used in schools and office break rooms?
Yes! Its **compact size** and **high production capacity** make it an **excellent choice for student cafeterias, libraries, and corporate settings**.
🔹 What type of ice does this dispenser produce?
It dispenses **premium cubelet ice**, which is **soft, chewable, and perfect for hydration**.
🔹 Does this machine require plumbing?
Yes, it requires a **direct water supply**. The **HLF10 water filter** is recommended to maintain **optimal ice quality**.
🔹 What maintenance is required?
Regular cleaning of the ice bin, replacing water filters, and checking for ice build-up are recommended to keep the unit in top condition.
🧊 Get the Hoshizaki DCM-60KE-P Ice & Water Dispenser Today! 🧊
📞 Call us at 1300 001 366 or visit our
website to place your order now.
Frequently Asked Questions
How do I install the Hoshizaki DCM-60KE-P in my commercial kitchen?
Ensure you have a suitable water line and drain outlet. Follow the manufacturer’s installation guide or consult a professional for best results.
Is the Hoshizaki DCM-60KE-P compatible with different voltage supplies?
It is designed for standard electrical specifications. Check the product manual or contact support for specifics on voltage compatibility.
What regular maintenance is needed for the Hoshizaki 50KG dispenser?
Regular cleaning and descaling are essential. Replace the filter and inspect the machine every 6 months for optimal performance.